Logic Masters Deutschland e.V.

Hot Dog Sudoku

(Published on 18. July 2020, 16:30 by Carrick22)

Hot Dog Sudoku

Normal Sudoku rules apply : Each row, column and 3x3 region must contain the digits 1-9 once.

Digits on thermometers must increase from the bulb (round end) to the flat end.

Furthermore, numbers outside the grid indicates the sum of the digits placed between the 1 and the 9 in that row/column.

However, outside clues are present only when the sandwich is a hot dog. A hot dog is a sandwich in which (tongue twister!) all digits form a thermometer from the 1 to the 9 included. All unlabelled sandwiches do not follow that rule.

You can use Penpa-edit for solving it on your browser.

Solution code: Row A (8th) and row B (9th), left to right.

Last changed on -

Solved by NikolaZ, rimodech, aneoid, marcmees, Kweston, cdwg2000, Quarterthru, llo-7, zorant, MartinR, hawranomut, Julianl, Snowhare, KlausRG, geronimo92, zzzzz, philb, skywalker, ArchonE, ildiko, Luigi, bob, Rollo, celisa, FzFeather
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Comments

Last changed on 12. August 2020, 12:11

on 12. August 2020, 12:06 by Rollo
Mal einfach formuliert: Wenn die Zahlen von 1 bis 9 in einer Zeile/Spalte aufsteigend sind, steht ausserhalb ein Sandwich-Hinweis, sonst nicht.

Last changed on 19. July 2020, 13:37

on 19. July 2020, 13:37 by Carrick22
To be crystal clear, a hot dog is a sandwich where you can trace a thermometer from its 1 (bulb) to its 9 (tip) and have valid numbers between them that sum to the indicated total. The thermometer in the grid is not necessarily part of a hot dog. So 14789 is a hot dog (and so is 98741), while 18749 is not (is not a thermometer).

on 19. July 2020, 10:06 by Rollo
Ich verstehe es nicht. Es gibt nur ein Thermometer 1 bis 9. Was ist gemeint?

on 18. July 2020, 22:45 by Carrick22
For the new solvers here (that may have seen me through my CTC featured puzzle), i'm a lazy constructor that usually makes easy puzzles (>3* is really not my range in terms of setting puzzles). If I ever overcome the laziness, puzzles will appear on here too : https://www.reddit.com/r/CarricksPuzzles/ (I promise I'll get back on here too)

on 18. July 2020, 18:58 by aneoid
Thank you for a fun puzzle.

Difficulty:3
Rating:89 %
Solved:25 times
Observed:8 times
ID:0003WS

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